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  • Fiber Laser Cleaning Machine Reduces the Processing Loss of Lightweight Materials in Cutting Equipment
    12-26/2025
    Our fiber laser cleaning machine relies on the core technology of non-contact cleaning to cut off the chain of loss from the source. Unlike traditional cleaning methods such as pickling and manual polishing, it uses a frequency-adjustable fiber laser beam to accurately act on the impurity layer on the surface of the lightweight material: for the oxide layer on the surface of the aluminum alloy, the laser energy can instantly break the molecular structure of the oxide film, causing it to leave the surface of the material in the form of gasification, and the whole process will not cause any damage to the substrate itself; For the mold release agent and oil on the surface of the carbon fiber composite material, the laser can quickly decompose it into a gaseous substance to achieve deep cleaning of the surface of the material. The entire cleaning process does not require the use of chemicals, does not produce waste water discharge, and the cleaning efficiency is much higher than manual polishing. It can be perfectly adapted to the production rhythm of batch processing of cutting equipment, and avoids the subsequent cutting operations due to the long time-consuming pretreatment.
  • What Is a Portable Handheld Laser Cleaning Machine? Experience Sharing from the Perspective of Eagle Technicians
    05-28/2025
    What is a portable handheld laser cleaning machine? Experience sharing from the perspective of Eagle technicians When cleaning surface contaminants, is it possible to do so without harming the earth or using strong chemicals? Our Eagle technicians have long been concerned about this issue and have actively invested in the research and development and practice of laser cleaning technology. We believe that the portable handheld laser cleaning machine is a truly environmentally friendly solution that can protect materials while greatly reducing the waste and pollution caused by traditional processes.